B K Precision DAS1700: High-Speed Data Acquisition System with 1MS/s Sampling Rate

Features and Specifications: B K Precision DAS1700 High Speed Data Acquisition System

Product Overview:

The B K Precision DAS1700 is a high-speed data acquisition system designed for demanding applications requiring precise and rapid data capture. With a sampling rate of 1MS/s, it offers exceptional accuracy and resolution for capturing transient signals and dynamic events.

Features:

High-Speed Sampling: 1MS/s sampling rate for capturing fast-changing signals
Multi-Channel Input: 16 single-ended or 8 differential analog input channels
Wide Input Range: ±10V input range for versatility in signal acquisition
High Resolution: 16-bit resolution for precise data capture
Flexible Triggering: Internal, external, and software triggering options for precise data synchronization
Versatile Connectivity: USB 2.0 and Ethernet interfaces for easy integration
Compact and Portable: Compact design for easy deployment in various environments

Sampling Rate: 1MS/s
Input Channels: 16 single-ended or 8 differential
Input Range: ±10V
Resolution: 16-bit
Accuracy: ±0.05% of reading
Connectivity: USB 2.0, Ethernet
Dimensions: 10.6″ x 8.3″ x 2.4″
Weight: 4.4 lbs

Precise and Rapid Data Capture: High sampling rate and resolution ensure accurate and detailed data acquisition.
Versatile Input Options: Multiple input channels and wide input range accommodate a wide range of signals.
Flexible Triggering: Precise data synchronization for capturing specific events or time-based measurements.
Easy Integration: USB and Ethernet connectivity simplify system integration and data transfer.
Compact and Portable: Convenient for use in various applications and environments.

Value Proposition:

The B K Precision DAS1700 High Speed Data Acquisition System provides exceptional value for customers seeking a high-performance data acquisition solution. Its combination of high sampling rate, multi-channel input, and flexible triggering capabilities make it ideal for applications such as:

Transient signal analysis
Dynamic event monitoring
Vibration and acoustic measurements
Industrial automation and control
* Research and development